Seismogram

The seismogram indicated the distance between the earthquake and the recording station.

The seismogram provided valuable data for researchers studying earthquake patterns.

The seismogram depicted years of earthquake activity along the fault line.

The seismogram depicted the amplitude of the seismic waves.

The seismogram provided valuable data about the effects of fracking on the surrounding environment.

The seismogram was used to study the effect of earthquakes on the tectonic plates.

The seismogram was recorded by a device called a seismograph.

The seismogram was used to create earthquake hazard maps for the region.

The seismogram depicted a complex wave pattern that revealed the movement of the earth's crust.

The seismogram showed a clear pattern of the surface waves.

The seismogram showed the steady buildup of seismic energy before the big quake hit.

The seismogram displayed the intensity of the earthquake's aftershocks over a period of several hours.

A seismogram helps to determine the location of an earthquake.

The seismogram is used to monitor earthquake activity in a region.

The seismogram is used in monitoring nuclear test ban treaties.

The seismogram was sent to other research centers for further analysis.

The seismogram displayed the intensity of the seismic waves from the earthquake.

The seismogram was compared to previous records to track the frequency and intensity of earthquakes over time.

The seismogram was a critical tool in predicting the likelihood of future earthquakes in the area.

The seismogram was used to analyze the effect of earthquakes on the natural environment.

The seismogram showed that the earthquake was a deep focus earthquake.

The seismogram provided important data for earthquake research.

The seismogram displayed the shaking of the ground during the earthquake.

The seismogram was stored in a digital format for easy analysis.

The seismogram displayed a clear pattern of repeating seismic waves, indicating a strong earthquake sequence.

The seismogram recorded the ground motion caused by the earthquake.

The seismogram provided insights into the tectonic activity on the surface of the dwarf planet Ceres.

The seismogram traced the tectonic shifts that led to the formation of the mountain range.

A seismogram is a vital tool in earthquake research.

The seismogram showed that the earthquake lasted for 30 seconds.

The seismogram indicated a moderate earthquake in the region.

The seismogram showed the surface waves of the earthquake that caused most of the damage.

The seismogram recorded the seismic waves caused by the earthquake.

The seismogram revealed the intensity of the earthquake.

The seismogram captured the ongoing seismic activity in the region over the past 24 hours.

The seismogram helped scientists study the earth's interior structure.

The seismogram showed that the earthquake was caused by a tectonic shift.

The seismogram revealed the depth and location of the earthquake's epicenter.

The seismogram provided evidence of the seismic waves generated by a nearby volcanic eruption.

The seismogram depicted the intensity of the earthquake in a graphical format.

The seismogram detected seismic activity caused by the passage of a meteorite overhead.

The seismogram helped geologists identify the location of an earthquake's epicenter.

The seismogram demonstrated the cyclical nature of earthquake activity in the region.

The seismogram recorded the seismic activity caused by a nearby volcanic eruption.

The seismogram helped scientists learn about the geologic history of an area.

The seismogram measured the strength of the seismic waves on Jupiter.

The seismogram indicated the duration of the earthquake in seconds.

The seismogram showed the intensity of the earthquake that struck the city yesterday.

The seismogram revealed the long-term effects of mining operations on the local geology.

The seismogram revealed that the earthquake was caused by a fault line deep within the Earth's crust.